public void MakeNextGenerations()
{
IRuleStrategy ruleStrategy = StrategiesFactory.GetRuleStrategy(this);
INeighborhoodStrategy neighborhood = StrategiesFactory.GetNeighborhoodStrategy(this);
int stepCount = Params.StepCount;
for (int i = 0; i < stepCount; i++)
{
MakeNextGeneration(neighborhood, ruleStrategy, Params.Generations);
}
}
public AiPlayer(AiMode aiMode, SticksGame game)
{
_game = game;
_strategy = StrategiesFactory.CreateStrategy(aiMode, _game);
Login = $"{aiMode}Robot";
}
public AiPlayer(AiMode aiMode, GameGrid gameGrid)
{
_gameGrid = gameGrid;
_strategy = StrategiesFactory.CreateStrategy(aiMode, gameGrid);
Login = $"{aiMode}Robot";
}
public static void TestCode(string inFile, string outFile)
{
PlayData playData = new PlayData(File.ReadAllLines(inFile));
Console.WriteLine($"inFile : {Path.GetFileName(inFile)}");
Console.WriteLine($"Command : {playData.Command}");
Console.WriteLine($"Generations : {playData.Params.Generations}");
Console.WriteLine($"NeighborhoodStrategyName : {playData.Params.NeighborhoodStrategyName}");
Console.WriteLine($"RulesStrategyName : {playData.Params.RulesStrategyName}");
Console.WriteLine($"Count : {playData.Params.Count}");
Console.WriteLine($"LifeNewBirth : {playData.Params.LifeNewBirth.Combine(", ")}");
Console.WriteLine($"LifeSurvivals : {playData.Params.LifeSurvivals.Combine(", ")}");
switch (playData.Command)
{
case "CalcFieldSize":
{
File.WriteAllText(outFile, (playData.Area.Cols * playData.Area.Rows).ToString());
break;
}
case "CalcLiveCells":
{
int count = playData.Area.GetCellIndexes(c => c.IsLifeCell).Count();
File.WriteAllText(outFile, count.ToString());
break;
}
case "CalcParamsCount":
{
File.WriteAllText(outFile, playData.Params.Count.ToString());
break;
}
case "CalcSurvivingCells":
{
IRuleStrategy ruleStrategy = StrategiesFactory.GetRuleStrategy(playData);
INeighborhoodStrategy neighborhoodStrategy = StrategiesFactory.GetNeighborhoodStrategy(playData);
var maxGenerations = playData.Params.Generations;
int count = playData.Area.GetCellIndexes().Count(c => { return(c.IsLifeCell && !ruleStrategy.IsDyingCellPolicy(c, neighborhoodStrategy.GetLifeNeighborhoodCount(c), maxGenerations)); });
File.WriteAllText(outFile, count.ToString());
break;
}
case "CalcNewCells":
{
IRuleStrategy ruleStrategy = StrategiesFactory.GetRuleStrategy(playData);
INeighborhoodStrategy neighborhoodStrategy = StrategiesFactory.GetNeighborhoodStrategy(playData);
int count = playData.Area.GetCellIndexes().Count(c => ruleStrategy.IsNewCellPolicy(c, neighborhoodStrategy.GetLifeNeighborhoodCount(c)));
File.WriteAllText(outFile, count.ToString());
break;
}
case "NextGeneration":
{
playData.MakeNextGenerations();
playData.Area.WriteArea(outFile, playData.Params.UseGenerations);
break;
}
default:
{
throw new ArgumentOutOfRangeException();
}
}
}